Department of Medical Sciences – Medical Laboratories

Department of Medical Laboratories

Medical supporting sciences are medical specialties on the list of all scientific specialties, and on top of all the specialties of human medicine, which is concerned with the detection of patients and diagnosis of the causes of injury and dispensing appropriate treatment, and so that the doctor can diagnose the patient in the right way needs to perform laboratory tests and imaging tests for him, and falls specializy medical analysis and specialized radiation imaging under the Faculty of Medical Sciences support, as the Faculty of Medical Sciences support the backbone in medical specialties, without which patients will not be diagnosed in the right way, and the doctor will stand unable to perform his work. Laboratories play a very important role in patient health care, as they come up with results that affect care and are responsible for conducting tests that provide important information To detect, diagnose, treat and monitor the disease These specialists use specialized medical laboratories specialized tools and techniques to analyze disease samples such as blood, urine, body fluids, tissues and faeces. Laboratory specialists are particularly educated and trained in the functions they perform. In most cases, they are certified and this specialization is indispensable, so their career is broad, diverse and comprehensive.
 
 
 

How can we help you?

Contact us by email on info@manchestercollege.com or send a commercial inquiry online.

who should attend?

Medical laboratory technicians

Medical specialists

Employees of medical companies, health organizations and hospital laboratories 

Anyone who wants to support their skills and enter the field of work in this specialty

 

objective

The specialty of medical laboratories aims to:

Finding laboratory technicians ready to keep pace with scientific advances in laboratory medicine.

Graduation of qualified cadres in practical and scientific terms has the ability to deal with modern laboratory techniques and devices.

Stimulating and promoting scientific research in the field of laboratory medicine

Give accurate and logical information to laboratory analysis.

Know the basis for proper sampling, know the correct samples by collecting different samples of fluids or blood, and identifying the specifications for their acceptance or rejection in the laboratory.

Use and maintenance of automated analysis devices. 

content

How the curriculum is built and what is Topics addressed in the curriculum?

1- Field training: Field training is meant to be several experiences, cultures, knowledge and skills that are presented in different bodies in a planned and organized way aimed at raising the level of understanding and awareness among students and increasing their experience and skills and raising their levels in a way that will help them later to succeed in achieving their goals.

2- Parasitology: It is the science that is concerned with the study of parasites and their relationship with the host body. Studies the relationship between two beings one feeding on the other and the other is called the host organism and the relationship between them is called intruding

3. Virology: It is the science specialized in the study of viruses – invisible and the genes of parasitic particles surrounded by a protein casing and virus-like particles,

4.Clinical chemistry: Most existing laboratories are highly developed, using rigorous monitoring and controlled by high quality systems. Tests requiring blood cell measurement and examination, in addition to the study of blood clotting, are not included in this branch of pathology in many countries.

5- Microbiology: It is the science that specializes in the study of single-celled, multicellular as well as non-nucleus microbiology such as viruses, including some real nuclei such as fungi and priorities, as well as nucleic primitives such as bacteria.

6- Genetics: It is science that studies genes and genetics and the resulting diversity of living organisms. The principles of geneinheritance have long been used to improve agricultural yields and improve animal breeding.


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